Instant classification for the spatially-coded BCI

The archive contains EEG data from a newly developed brain-computer interface paradigm. The method is described in [1], and the dataset has been recorded for the application described in [2]. Each file in the archive contains data from the online session of the respective participant. The Matlab data structure contains the following fields:

data. fsample: sampling rate (512 Hz)
data.trial:  EEG signals for each trial
data.time: sampling time points
data.classified: classifier output for each step
data.class: true class
data.accuracy: classification accuracy
data.probability: posterior class probabilities

[1] Maye A, Zhang D, Engel AK (2017) "Utilizing Retinotopic Mapping for a Multi-Target SSVEP BCI With a Single Flicker Frequency", IEEE Transactions on Neural Systems and Rehabilitation Engineering, in press.

[2] Maÿe A. Rauterberg R, Engel AK (2021) "Instant classification for the spatially-coded BCI", PLoS ONE, iunder review.